Front Cover; Problems of the Biochemistry of the Nervous System; Copyright Page; Table of Contents ; EDITORS' PREFACE; PREFACE; PART I: PROTEINS IN THE NERVOUS SYSTEM AND THEIR CHANGES IN DIFFERENT FUNCTIONAL STATES; CHAPTER 1. PROTEINS OF THE NERVOUS SYSTEM; METHOD; RESULTS; RATES OF PROTEIN TURNOVER IN NERVOUS TISSUE; RATE OF PROTEIN TURNOVER IN CEREBRAL TISSUES DURING EXCITATION; RATE OF PROTEIN TURNOVER DURING NARCOSIS; RATES OF PROTEIN TURNOVER RELATED TO AGE; SUMMARY AND CONCLUSIONS; REFERENCES

Chapter 2. the rate of incorporation of amino acids into cerebral proteins during various functional statesmethods; quantitative studies of the rate of cerebral protein turnover; references; chapter 3. protein turnover and tissue respiration in different parts of the brain during and after drug-induced sleep; methods; results; conclusions; references; part ii: phosphates in nervous tissue and their metabolism; chapter 4. comparative studies on the nucleic acids and phospholipids of the nervous system; rate of incorporation of 32p into phosphate compounds of the nervous system

Chapter 9. utilization of glucose and pyruvic acid by the brain in various functional statesblood glucose and pyruvic acid during stimulation and inhibition; uptake of glucose and pyruvic acid by the brain during stimulation and inhibition; references; chapter 10. metabolism and chemical structure of glycogen fractions in the brain; the rate of turnover of glycogen in the brain; references; chapter 11. the rate of turnover of carbohydrates and lipids in the brain and liver during excitation and drug-induced sleep; method; results; summary and conclusions; references

NUCLEOPROTEINS AND OTHER PHOSPHORUS COMPOUNDS EXTRACTED BY NaClREFERENCES; CHAPTER 5. ASPECTS OF LIPOPROTEIN TURNOVER IN THE BRAIN; METHODS; CONCLUSIONS; REFERENCES; CHAPTER 6. METABOLISM OF PHOSPHORYLCHOLINE ESTERS AND ETHANOLAMINE ESTERS IN THE BRAIN; SUMMARY AND CONCLUSIONS; REFERENCES; CHAPTER 7. GLYCOLYSIS AND PHOSPHOPROTEIN METABOLISM IN BRAIN SLICES; REFERENCES; CHAPTER 8. THE METABOLISM OF DIFFERENT PHOSPHOLIPIDS IN THE BRAIN; METHODS; FRACTIONATION OF PHOSPHOLIPIDS; CONCLUSIONS; REFERENCES; PART III: CARBOHYDRATE TURNOVER IN THE BRAIN

Part iv: adrenaline metabolism of cerebral tissue 4chapter 12. adrenaline and noradrenaline in nervous tissues and effector organs; methods; the levels of a d ren a li ne-like substances in the brain; the effect of stimulation of muscles on the adrenaline -- h k e substances in rabbit brain; endocrine influences on catecholamines in the brain; changes in the content of catecholamines in the heart during nerve stimulation; discussion; summary and conclusions; references; part v: ammonia in the brain during various states; chapter 13. sources of ammonia in brain homogenates; method

Front Cover; Problems of the Biochemistry of the Nervous System; Copyright Page; Table of Contents ; EDITORS' PREFACE; PREFACE; PART I: PROTEINS IN THE NERVOUS SYSTEM AND THEIR CHANGES IN DIFFERENT FUNCTIONAL STATES; CHAPTER 1. PROTEINS OF THE NERVOUS SYSTEM; METHOD; RESULTS; RATES OF PROTEIN TURNOVER IN NERVOUS TISSUE; RATE OF PROTEIN TURNOVER IN CEREBRAL TISSUES DURING EXCITATION; RATE OF PROTEIN TURNOVER DURING NARCOSIS; RATES OF PROTEIN TURNOVER RELATED TO AGE; SUMMARY AND CONCLUSIONS; REFERENCES

Chapter 2. the rate of incorporation of amino acids into cerebral proteins during various functional statesmethods; quantitative studies of the rate of cerebral protein turnover; references; chapter 3. protein turnover and tissue respiration in different parts of the brain during and after drug-induced sleep; methods; results; conclusions; references; part ii: phosphates in nervous tissue and their metabolism; chapter 4. comparative studies on the nucleic acids and phospholipids of the nervous system; rate of incorporation of 32p into phosphate compounds of the nervous system

Chapter 9. utilization of glucose and pyruvic acid by the brain in various functional statesblood glucose and pyruvic acid during stimulation and inhibition; uptake of glucose and pyruvic acid by the brain during stimulation and inhibition; references; chapter 10. metabolism and chemical structure of glycogen fractions in the brain; the rate of turnover of glycogen in the brain; references; chapter 11. the rate of turnover of carbohydrates and lipids in the brain and liver during excitation and drug-induced sleep; method; results; summary and conclusions; references

NUCLEOPROTEINS AND OTHER PHOSPHORUS COMPOUNDS EXTRACTED BY NaClREFERENCES; CHAPTER 5. ASPECTS OF LIPOPROTEIN TURNOVER IN THE BRAIN; METHODS; CONCLUSIONS; REFERENCES; CHAPTER 6. METABOLISM OF PHOSPHORYLCHOLINE ESTERS AND ETHANOLAMINE ESTERS IN THE BRAIN; SUMMARY AND CONCLUSIONS; REFERENCES; CHAPTER 7. GLYCOLYSIS AND PHOSPHOPROTEIN METABOLISM IN BRAIN SLICES; REFERENCES; CHAPTER 8. THE METABOLISM OF DIFFERENT PHOSPHOLIPIDS IN THE BRAIN; METHODS; FRACTIONATION OF PHOSPHOLIPIDS; CONCLUSIONS; REFERENCES; PART III: CARBOHYDRATE TURNOVER IN THE BRAIN

Part iv: adrenaline metabolism of cerebral tissue 4chapter 12. adrenaline and noradrenaline in nervous tissues and effector organs; methods; the levels of a d ren a li ne-like substances in the brain; the effect of stimulation of muscles on the adrenaline -- h k e substances in rabbit brain; endocrine influences on catecholamines in the brain; changes in the content of catecholamines in the heart during nerve stimulation; discussion; summary and conclusions; references; part v: ammonia in the brain during various states; chapter 13. sources of ammonia in brain homogenates; method